Hongsheng Zhang, Xin-Zhou Li
Published 2010-06-21Version 1
An exact de Sitter solution of scalar-tensor gravity is found, in which the non-minimal coupling scalar is rolling along a non-constant potential. Based on this solution, a dust-filled FRW universe is explored in frame of scalar-tensor gravity. The effective dark energy induced by the sole non-minimal scalar can be quintessence-like, phantom-like, and more significantly, can cross the phantom divide. The rich and varied properties of scalar-tensor gravity even with only one scalar is shown in this article.
De Sitter ground state of scalar-tensor gravity and its primordial perturbation
Bouncing Universes in Scalar-Tensor Gravity Around Conformal Invariance
Post-Newtonian parameters $γ$ and $β$ of scalar-tensor gravity for a homogeneous gravitating sphere
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